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The German IT Baseline Protection Manual offers the default security countermeasures that should be considered for any IT system [BSI02] Overall threat scenarios are assumed, and a process for the establishment and preservation of an appropriate security level is described A straightforward procedure for determination of the current security level by conducting a plan or actual comparison is provided As such this standard is not necessarily limited to national use, and is another valuable source for mining security patterns The IT Baseline Protection Manual provides countermeasures against threats that can occur in different layers This seems to fit naturally with the pattern terminology However, there are several important differences With respect to the context, a 5tier IT baseline protection model is provided This covers universally applicable aspects, the infrastructure, IT systems, networks, and IT applications Within these layers several modules can be identified.

P(Not Fail High) = 0.90 0.90(0.20) = 0.18

Summary

P(Fail Medium) = 0.01 0.01(0.30) = 0.003

627 629

P(Not Fail Medium) = 0.99 0.99(0.30) = 0.297

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For example, the module Unix system belongs to the layer of IT systems Each module is assigned to a layer and a description of the module specifies the context in more detail Within this description, assumptions concerning the module and its environment are made Threats are organized into five catalogs in which each represents a class of threats that characterize them by their origin: force majeure, organizational shortcomings, human failures, technical failures, and deliberate acts There are several hundred individual threats, about a third of them belonging to the class of deliberate acts Beside a description of each threat, references to related threats are provided Examples of recent occurrences of corresponding attacks are also sometimes given Each module contains a threat scenario, a list of typical threats that are assumed to IT baseline protection of the given module.

P(Fail Low) = 0.001 0.001(0.50) = 0.0005

The Terman-Merrill Innovation 629 The Role of the Slosson, Shipley-Hartford, and Other Early Brief Tests 630 Silverstein s Contributions to Wechsler Short Forms Trends in Short-Form Development for WAIS and Its Successors 632 The Future of Short Forms 633

P(Not Fail Low) = 0.999 0.999(0.50) = 0.4995

The safeguard catalogs that contain sets of countermeasures are also organized into classes The characteristic of each class is the point at which a countermeasure is going to be applied: infrastructure, organization, personnel, hard- and software, communications and contingency planning For each safeguard, a responsibility for initiation and implementation is assigned A description of how to implement the safeguard is provided If available, relationships to complementary countermeasures are listed Furthermore, additional controls are mentioned, such as check-lists of questions The IT Baseline Protection Manual also features several types of relationships First of all, there are explicit relationships between the modules This can be seen as a sort of precondition, allowing a sense of a hierarchy to be implemented: the countermeasures of a more general module hold also for a lower-level module There are also relationships between threats, as well as between countermeasures However,.

The Normative Issue, Part I: Thompson s Key Research 634 The Normative Issue, Part II: The Satz-Mogel Approach 635 The Statistical Issue: Correlated Error Variance 637 Appropriateness of the New Brief Tests for African Americans and Hispanics 638 The Seven-Subtest WAIS-III 640

Figure 2-16 Tree diagram for Example 2-22.

In a particular production run, 20% of the chips are subjected to high levels of contamination, 30% to medium levels of contamination, and 50% to low levels of contamination. What is the probability that a product using one of these chips fails Let H denote the event that a chip is exposed to high levels of contamination M denote the event that a chip is exposed to medium levels of contamination L denote the event that a chip is exposed to low levels of contamination Then, P1F2 P1F H2P1H2 0.1010.202 P1F M2P1M2 0.0110.302 P1F L2P1L2 0.0235

When to Administer Brief Tests 640 Three Well-Normed Recent Brief Tests of Verbal and Nonverbal Intelligence 641

3

This problem is also conveniently solved using the tree diagram in Fig. 2-16.

Wechsler Abbreviated Scale of Intelligence (WASI) Kaufman Brief Intelligence Test (K-BIT) 645 Wide Range Intelligence Test (WRIT) 647 641

EXERCISES FOR SECTION 2-5

Peabody Picture Vocabulary Test Third Edition (PPVT-III) General Abilities Measure for Adults (GAMA) 652 Matrix Analogies Test (MAT) 654

2-70. Suppose that P1A B2 Determine the following: (a) P1A B2 (b) P1A B2 0.4 and P1B2 0.5. 2-74. In the manufacturing of a chemical adhesive, 3% of all batches have raw materials from two different lots. This occurs when holding tanks are replenished and the remaining portion of a lot is insuf cient to ll the tanks. Only 5% of batches with material from a single lot require reprocessing. However, the viscosity of batches consisting of two or more lots of material is more dif cult to control, and 40% of such batches require additional processing to achieve the required viscosity. Let A denote the event that a batch is formed from two different lots, and let B denote the event that a lot requires additional processing. Determine the following probabilities: (a) P1A2 (b) P1A 2 (c) P1B A2 (d) P1B A 2 (e) P1A B2 (f) P1A B 2 (g) P1B2

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